Bachelor of Music in Performance with Emphasis in Bassoon

at INTO Group- The University of Arizona USA

Environmental engineering students learn ways to minimize pollutants and waste and protect the earth's resources. Environmental engineers develop methods for clean manufacturing, wastewater treatment and water purification, alternative energy, and sustainable building. Students earning their Bachelor of Science in Environmental Engineering at the University of Arizona work under the umbrella of the Chemical and Environmental Engineering Department, gaining in-depth knowledge of process engineering for transforming waste into useful products and cleaning up contaminants in soil and groundwater. Arizona is one of only a handful of institutions nationwide to offer this setup. Through classroom study, plus research and real-world design projects, students learn about toxicity and pollutants and how to address issues across a range of industries that potentially affect the environment and public health.

Discover how the immersion into another culture can help you navigate an increasingly connected world. The Bachelor of Arts in French offers two emphases. The French and Francophone focus suits students with wide-ranging interests in French and Francophone studies to complete a French major without taking all courses in French. After completing the core requirements in French language, students take courses in the major that are taught in English. Students benefit from a diverse program, with coursework in language, literature and culture. There are also opportunities to study abroad in Paris, which is one of the oldest and most established study abroad programs at the University of Arizona.

Learning Outcomes

• Communication; Communicate in French, both orally and in writing, by engaging in interpersonal, interpretative, and presentational communication activities.
• Culture; Demonstrate knowledge and understanding of other culture(s) in an essay on a cultural topic.
• Comparisons; Develop insights into the nature of languages by analyzing and discussing the relationship between good writing and good thinking as well as showcasing these qualities in one¿s work.
• Connections; Develop critical thinking by making connections and engaging creatively in problem ¿solving activities leading to the completion of a research project.
• Communities; Engage in multilingual communities at home and around the world by applying classroom learning to real world situations

Delve into the complex world of information systems and computational methods, and transform data into the real-world information humans use every day. A degree in Information Science and Technology helps students build the mathematical and computational foundation they need to analyze  and grow in the digital world. This Bachelor of Science leans more heavily on the technical side of information science, including requirements for higher math and specialized courses, than the Bachelor of Arts in Information Science in our program. Students take courses in advanced computing techniques, machine learning, data science, artificial intelligence and theories of new media. Paired with a minor or second major in computer science, math or business, this program equips students for professions that aim to shape the digital landscape, from data engineers to user experience (UX) designers.

Learning Outcomes

• Students will demonstrate the ability to conduct a research project using appropriate and ethical methods, including proper citation of sources.
• Students will establish the ability to exercise the four key techniques of computational thinking (decomposition, pattern recognition, abstraction, and algorithms) in solving information and data challenges.
• Students will acquire the skills of collecting, manipulating, and analyzing different types of data at different scales, and interpreting the results properly.
• Students will be able to recognize and analyze ethical and policy concerns raised by new technologies and will be able to apply ethical thinking to real world cases and craft effective solutions.
• Students will be able to identify and apply professional ethics and standards relevant to their career to aspirations.
• Students will demonstrate understanding of the use of information and communication technologies and the implications of such use, for example: scientific and social uses of information, and social, cultural, and economic implications of digital life and culture.
• Students will demonstrate facility using basic research methods, for example: research design; statistics and analysis; organization, identification, and location of data and information including open- and closed-access sources; and/or presentation of findings in oral, written and multi-media form, including proper use of and citation of sources.
• Students will acquire the skills, knowledge and self-understanding to communicate with and effectively work and interact across cultures and with diverse people and groups.
• Students will demonstrate knowledge of career and further education options and opportunities open to them relative to their plan of study and will set goals and make plans beyond their expected graduation.

If you're eager to join the ranks of an industry that's seen rapid growth for decades with no sign of slowing, consider majoring in Computer Science. The Bachelor of Science in Computer Science encompasses algorithms, programming languages, compilers, databases, artificial intelligence and more. Students cultivate the skills to design, develop and test computer programs and systems and learn to apply mathematical methodologies to solve computational tasks. Students pursuing the B.S. in Computer Science take advanced math courses and lab coursework. Eligible applicants to this degree are first admitted as pre-majors. Once students satisfy criteria, they're admitted to the Computer Science major. They study alongside the program's esteemed faculty, learning from faculty members' real-world experiences and enjoying the opportunities to work on impactful research in state-of-the-art facilities.

Learning Outcomes

• Develop Computational Solutions; a. Design, implement, test, and debug programs. b. Understand and appropriately apply multiple computing paradigms. c. Use software development tools.
• Apply Mathematical Methodologies to Solve Computational Tasks; a. Model a variety of real-world problems using appropriate data structures. b. Select algorithms appropriate to particular purposes and apply them. c. Understand the central concepts and skills required to design, implement, and analyze algorithms for solving problems.
• Understand the Structure and Functioning of Software Systems; a. Have in-depth knowledge of, and ability to build, a large software system. b. Leverage existing software systems in the development of new systems.

If you have a drive to improve methods without wasting time, money or other resources, you'll enjoy majoring in industrial engineering. Industrial engineers upgrade processes by optimizing productivity, efficiency, energy and materials. They're the backbone of many fields, including manufacturing and transportation. Students earning a Bachelor of Science in Industrial Engineering focus on specific areas of study, such as production planning, facilities layout, workplace design and materials flow. Gaining hands-on experience as undergraduates, industrial engineering majors at the University of Arizona delve into research projects in partnership with the Arizona Department of Transportation, Banner - University Medical Center, and a number of major corporations. Valuable internship roles and design projects help provide the stepping stones for careers in industry and with government agencies.

A focus on applied mathematics prepares you to enter the job market with an undergraduate degree or to attend graduate school for science or engineering. Applied mathematicians use mathematical models to solve complex problems. Students earning a Bachelor of Science or Bachelor of Arts in Mathematics with an Applied Mathematics emphasis engage in interdisciplinary study with core mathematics courses and a minor that is independent of the Department of Mathematics. They master a variety of mathematical problem-solving methods. Upon graduation, students are primed to apply their quantitative and computational knowledge and logical thinking skills across industries like engineering, technology, natural science, manufacturing, business and government. Others choose to further their education in science or engineering graduate studies, taking on challenging research projects.

As a journalist, you'll be at the forefront of a rapidly changing world that relies on a news cycle that runs 24/7. Journalism teaches the ins and outs of researching and reporting the news. The Bachelor of Arts in Journalism with an emphasis in Broadcast Journalism focuses on reporting the news for radio, television and multimedia outlets. The program of study touches on important aspects of journalism such as law and ethics before diving into hands-on learning. Broadcast majors write, report, fact-check, shoot, produce and edit hard-news features and in-depth stories for broadcast and the web, culminating in quality news reports that can be included on reels to share with prospective employers. Electives in digital media, such as drone videography or mobile app development, can further prepare students for this ever-evolving field. A second major or a minor in a specialized field, such as political science, religion or Middle Eastern studies, is required.

Learning Outcomes

Play a role in helping people live healthier lives with a degree that prepares you to be a leader in the medical field. The Bachelor of Science in Biology provides a strong foundation in modern biology. The Biomedical Sciences emphasis is for students dedicated to the advancement of science and who plan to pursue careers in biomedical research, medicine and other health professions. The program of study includes training in biological systems with a focus on anatomy, physiology, biochemistry, genetics and genomics. The department is renowned for its groundbreaking research in specialized areas, including genetics and genomics, population biology and ecology. Students are encouraged to engage in independent research.

Learning Outcomes

• Concepts in Biology; Demonstrate the ability to define and explain core concepts in ecology, evolutionary biology, and genetics, and in the biological sciences more broadly.
• Scientific Communication; Effectively read, evaluate, and communicate scientific information
• Scientific Method; Demonstrate knowledge and application of the scientific method.